-
How to place the crystal oscillator on the PCB?2024-05-09How to place the crystal oscillator on the PCB? Place the crystal oscillator as close as possible to the corresponding input and output pins of the ch…
-
Crystal Oscillator PCB Layout Guidelines for Design2024-04-25(Crystal Oscillator PCB Layout Guidelines for Design) When using a crystal oscillator in your PCB design, remember that it is very EMI sensitive and m…
-
Layout issues of crystal oscillators2024-04-23(Layout issues of crystal oscillators) Good layout practices are fundamental to the correct operation and reliability of the oscillator. It is critica…
-
关于晶体振荡器电路布线引发的问题(Layout Issues)2023-06-06关于晶体振荡器电路布线引发的问题(Layout Issues),晶诺威科技解释如下: Good layout practices are fundamental to the correct operation and reliability of the oscillator. It is cri…
-
无源晶振的第1脚和第3脚的接法2022-11-14(4脚无源晶振SMD3225尺寸及脚位说明) 一般情况下,4脚无源晶振的第1脚和第3脚的接法如下: 无源晶振的第1脚和第3脚其实没有方向性,不用担忧接反。 具体操作: 若脚1接OSC-IN(频率输入),则脚3接OSC-OUT(频率输出) 若脚3接OSC-OUT(频率输出),则脚1接OSC-IN(频率…
-
晶体振荡器布线设计指导2022-10-12Oscillator Printed Circuit Board (PCB) Design Guidelines晶体振荡器布线设计指导 Layout the oscillator footprint on the PCB as close as possible to the input pins…
-
2.4G无线通讯技术与16MHz晶振规格参数2022-06-232.4G无线通讯技术 2.4G无线通讯技术,由于其频段处于2.400GHz~2.4835GHz之间,所以简称为2.4G无线技术。是目前三大主要无线技术(包括Bluetooth、27M、2.4G)之一。2.4G芯片内有CPU需要软件程序的支持,必须要有单片机指令才可以完成数据双向收发功能。 2.4G无…